Polyester Filter Mesh

SHARE produces and supplies monofilament polyester filter mesh(low-elongation) with a wide range of mesh counts and significant advantages compared with traditional polyester woven mesh.

Category:
General Details

Introduction:

SHARE produces and supplies monofilament polyester filter mesh(low-elongation) with a wide range of mesh counts and significant advantages compared with traditional polyester woven mesh.

Monofilament mesh is woven from yarn that is extruded from heated polyester into a single strand conventional monofilament. Polyester screen fabric will elongate under tension: the higher the tension level, the more the thread can stretch. At excessive tension levels, the thread reaches its “plastic deformation” point, and the screen will no longer hold tension. Our polyester screen meshes are of high quality and precision with a wide range of from 25 meshes to 460 meshes/inch.

Our polyester monofilament woven screen meshes have excellent tear resistance which permits high fabric tensions to be achieved with virtually any commercially available stretching system. And very good dimensional stability guarantees highly reproducible tension.

Precision weaving of dimensionally stable threads produces fabric with predictable and close tolerance counts and mesh opening for consistent registration and sharp resolution.

Application:

1. Liquid Filtration
2. Dust Collection or Separation
3. Dry and Wet Filter Bags
4. Sifting
5. Milling
6. Automovie
7. Medical
8. Food
9. Pharmaceutical
10. White Goods
11. Injection Molding
12. Filter Belts
13. Loud Speaker and Micronphone Front
14. Water-proofing Acoustic Appliances
15. Interior Design
16. Clothing
17. Refining
18. Decoration

Fabricated Mesh Filter Parts SHARE can supply and offer

1. Hot or Cold Cut Mesh Parts (in different shapes)
2. Heat-sealed Mesh Filter Bags
3. Welded Filter Tubes
4. Stamping Mesh Filter Elements

Anatomy of Woven Mesh

1. Mesh: Designates the number of openings per inch (25.4mm)
2. Designates the measurement of the clear open space between parallel adjacent wires.
Opening Size=25.4 mm÷Mesh Count−Wire Diameter
Pitch=Opening Size+Wire Diameter; or 25.4mm÷Mesh Count
Open Area %=(Opening Size)2÷(Opening Size+Wire Diameter)2×100
3. Designates the diameter of wire before weaving. With a same mesh count, when the wire diameter is different, the opening size and open area are significantly changed.

Datasheet
Mesh count

(per cm/inch)

Type of weave

(tw or pw)

Thread diameter (microns) Mesh opening (microns) Overall fabric thickness (microns) % Open area Theoretical
ink deposit (cm3/m2)
Mesh Weight (gsm)
8/20-300W PW 300 950 560 57.8 323.5 169
10/25-260W PW 260 739 498 54.6 272.0 158
12/30-140W PW 140 688 256 68.2 174.7 55
15/40-200W PW 200 465 353 48.6 171.5 141
18/45-180w PW 180 375 330 45.5 145.5 128
21/54-140W PW 140 333 250 49.0 122.5 96
24/60-120W PW 120 294 210 49.7 104.3 81
27/70-120W PW 120 249 210 45.3 95.0 91
30/76-120W PW 120 211         212 40.2 82.4 101
32/83-70W PW 70 240 117 58.7 68.7 37
32/83-100W PW 100 209 166 44.5 72.1 75
36/92-90W PW 90 183 147 43.3 64.9 68
36/92-100W PW 100 174 162 39.1 62.6 84
40/103-80W PW 80 166 133 44.1 58.6 60
43/110-80W PW 80 149 130 40.8 53.0 64
45/115-80W PW 80 138 130 38.7 50.3 67
48/123-80W PW 80 122 130 34.5 44.8 72
48/123-55W PW 55 151 90 52.8 47.5 34
51/131-70W PW 70 121 114 38.1 43.5 58
54/137-64W PW 64 115 103 38.7 39.8 51
61/156-64W PW 64 90 101 30.1 30.4 58
68/175-55W PW 55 85 87 33.5 28.4 48
68/175-64W PW 64 78 98 28.2 27.6 65
71/180-55W PW 55 79 90 31.5 28.4 51
77/195-48W PW 48 77 80 35.0 28.0 42
77/195-55W PW 55 67 87 26.5 23.3 55
82/206-48W PW 48 68 79 30.8 24.3 44
90/230-40W PW 40 68 65 37.6 24.4 33
90/230-48W PW 48 55 78 24.6 19.2 49
100/255-40W PW 40 57 64 32.5 21.1 37
110/280-34W PW 34 54 55 35.2 19.3 31
110/280-40W PW 40 47 65 26.6 17.3 40
120/305-34W PW 34 45 55 29.6 16.3 34
120/305-40W PW 40 37 64 20.1 13.0 44
130/330-34W PW 34 40 55 26.9 14.3 37
140/355-34W PW 34 31 55 19.4 10.6 39
150/380-34W PW 34 23 55 12.1 6.6 42
165/420-34W PW 34 23 62 13.9 8.6 46
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